Award List

RESEARCH INVESTIGATORS HAVE REPORTED EXPERIMENTAL RESULTS WHEREIN THEY HAVE SUCCESSFULLY MEASURED HIGH SPEED VOLTAGES IN ELECTRO-OPTIC MATERIALS. THEY USED PICOSECOND LASER PULSES TO SAMPLE THE ELECTR ...

A PROPOSAL TO DEMONSTRATE THE FEASIBILITY OF PRODUCING INFRARED FILTERS FOR CRYOGENIC USE BY TRANSFERING, THEM VACUUM WELDING LAYERS. THIS PROCESS ALLOWS THE LAYERS TO BEPRODUCED IN SEPARATE CHAMBERS, ...

THIS PROPOSAL IS FOR RESEARCH AND DEVELOPMENT TO ASSESS THE PRACTICAL LIMITS OF COMPACT PACKAGING OF EFFICIENT LASER DIODE PUMPED SOLID STATE CRYSTALLINE AND GLASS LASERS AND THEIR DRIVE ELECTRONICS A ...

THIS PROPOSAL IS TO STUDY AND DEVELOP LASER COMPONENTS WHICH COULD BE USED WITHIN A LASER SYSTEM FOR MEASURING THE RANGE AND RATE OF CHANGE IN RANGE (RANGE RATE) OF OBJECTS. THE MEASUREMENT SYSTEM WIL ...

THIS PROPOSAL IS FOR RESEARCH AND DEVELOPMENT LEADING TO AN ALL SOLID STATE SHORT-PULSE INFRARED LASER SOURCE OPERATING AT A WAVELENGTH NEAR ONE MICRON. THIS SOURCE WILL EMPLOY LASER DIODE PUMPED SOLI ...

WE PROPOSE RESEARCH TO SHOW THE FEASIBILITY OF COHERENT OPTICAL TECHNIQUES FOR MEASUREMENT OF VERY HIGH PRESSURE. IN ADDITION, THE OPTICAL PROBE WILL BE IMMUNE TO ELECTRICAL AND MAGNETIC INTERFERENCE, ...

IN THE PROPOSED RESEARCH LIGHTWAVE ELECTRONICS CORPORATION WILL DEVELOP HIGHLY COHERENT DIODE-PUMPED LASERS OPERATING AT THE EYE-SAFE WAVELENGTH OF 2.1 MICRONS. THE MOST PROMISING CLASS OF SOLID-STATE ...

THE ACCELERATION AND HEATING OF ELECTRONS IN HIGH DENSITY PLASMAS USING SHORT LASER PULSES IS BEING EXPLORED IN THIS PHASE I PROJECT AS A POSSIBLE TECHNIQUE FOR DRIVING LASER FUSION REACTORS. A CRITIC ...

OPTICAL TRANSMISSION OF MICROWAVE SIGNALS AS HIGH AS 100 GHZ CAN BE ACHIEVED BY MIXING ON A PHOTO-DETECTOR TWO SINGLE FREQUENCY OPTICAL SIGNALS. MONOLITHIC, LASER DIODE-PUMPED SOLID STATE LASER ARE CA ...